Keywords: رنگ اقیانوس; Landsat-8; Atmospheric correction; Remote sensing reflectance; Coral reefs; Ocean color;
مقالات ISI رنگ اقیانوس (ترجمه نشده)
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Keywords: رنگ اقیانوس; Vector radiative transfer; Polarization; Ocean color; Aerosol remote sensing;
Keywords: رنگ اقیانوس; Phytoplankton; Community structure; Ocean color; Diatoms;
Keywords: رنگ اقیانوس; Ocean color; Satellite remote sensing; Bio-optics; Inherent optical properties; AC; atmospheric correction; ANN; artificial neural network; AOP; apparent optical property; BRDF; bidirection reflectance distribution function; Ca; chlorophyll-a; CDOM; color
Keywords: رنگ اقیانوس; Bermuda bio-optics project; Sargasso Sea; Ocean color; Phytoplankton; Chromophoric dissolved organic matter;
Keywords: رنگ اقیانوس; CDOM; DOC; Ocean color; Arctic Ocean;
Keywords: رنگ اقیانوس; Ocean color; System vicarious calibration;
Keywords: رنگ اقیانوس; Ocean color; Atmospheric correction; GOCI; MERIS; Turbid coastal waters;
Keywords: رنگ اقیانوس; Remote sensing; Atmosphere correction; Ocean color; Coastal area; Multilayer neural network; SeaDAS; AERONET-OC; MODIS;
Keywords: رنگ اقیانوس; Remote sensing; Ocean color; Chlorophyll a; Satellite observations; Algorithm verification;
Keywords: رنگ اقیانوس; Cloud adjacency effects; Memory effects; Stray light; Ocean color; TOA radiance; Remote sensing reflectance (Rrs); Chl-a; OCI; MODIS; SeaWiFS;
Keywords: رنگ اقیانوس; Barents Sea; Satellite remote sensing; Ocean color; Particulate organic carbon;
Keywords: رنگ اقیانوس; Ocean color; Remote sensing reflectance; Uncertainty;
Keywords: رنگ اقیانوس; Satellite data; Ocean model; Ocean color; Sea surface salinity; Shape comparison; Hausdorff distance;
Keywords: رنگ اقیانوس; Remote sensing; Polarization; Hydrosol; Ocean color; Case-I waters; Case II waters; Bio-optics; Chlorophyll a; CDOM; Plankton; Minerals; Scattering; Vector radiative transfer; modeling; Aerosol; Cloud; Ocean ecosystem; PACE;
Keywords: رنگ اقیانوس; Ocean color; Particulate organic carbon; Satellite oceanography
Keywords: رنگ اقیانوس; Ecosystems; Oceanography; Primary production; Ocean color; IOPs; Phytoplankton; California Current; Remote sensing;
Keywords: رنگ اقیانوس; ocean color; light limitation; nutrient limitation; vertical mixing; bloom onset;
Keywords: رنگ اقیانوس; MCC; Ocean color; Surface advection; HFRadar currents; BioCast experiment; Bio-optical; VIIRS; Overlap of swath; Image-derived currents; Synthetic velocity;
Keywords: رنگ اقیانوس; Ocean color; Mississippi River; Gulf of Mexico; Cross-shelf exchange;
Keywords: رنگ اقیانوس; CalCOFI; California Cooperative Oceanic Fisheries Investigations; CCE-LTER; California Current Ecosystem Long Term Ecological Research; CCMP; Cross-calibrated multi-Platform wind data (Atlas et al., 2009); GAC; global area coverage; ENVISAT; ESA earth obs
Keywords: رنگ اقیانوس; Optical properties; Coastal regions; Classification; SeaWiFS; Ocean color;
Keywords: رنگ اقیانوس; Ocean color; Phytoplankton absorption; Size class; MODIS-Aqua; Eutrophic waters; Algal blooms;
Keywords: رنگ اقیانوس; Remote sensing; Ocean color; Atmospheric correction; Inverse problem; Bayesian statistics;
Keywords: رنگ اقیانوس; Satellite monitoring; Ocean color; Black Sea; Coccolithophore bloom; Backscattering; River runoff; Two-parametric model; Regional algorithm;
Keywords: رنگ اقیانوس; Primary production; Model; Remote sensing; Ocean color; Argentine Sea;
Keywords: رنگ اقیانوس; Ocean color; Phytoplankton functional types; PHYSAT; Mediterranean Sea;
Keywords: رنگ اقیانوس; Ocean color; Atmospheric correction; MODIS-Aqua; Optically complex waters; Algal blooms;
Keywords: رنگ اقیانوس; Ocean color; Radiometry; Bio-optics; Uncertainty analysis; Southern Atlantic; Southeastern Pacific; R/V Melville MV1102 cruise;
Keywords: رنگ اقیانوس; CDOM; UV; Absorption; Ocean color; Spectral slope; S; GSM; Remote sensing;
Keywords: رنگ اقیانوس; Suspended matter; Mud banks; Ocean color; MODIS; French Guiana
Keywords: رنگ اقیانوس; Ocean color; Bio-optics; Remote sensing; Particle absorption;
Keywords: رنگ اقیانوس; Aerosols; Dusts; Remote sensing; SeaWiFS; Ocean color; Self-organizing maps; NeuroVaria;
Keywords: رنگ اقیانوس; Ocean color; Remote sensing; MODIS; SeaWiFS; Bio-optical algorithm; Diffuse attenuation coefficient; Euphotic depth;
Keywords: رنگ اقیانوس; Chlorophyll-a; Estuary; Ocean color; MODIS; MERIS; Tampa Bay; Chesapeake Bay;
Remote quantification of Cochlodinium polykrikoides blooms occurring in the East Sea using geostationary ocean color imager (GOCI)
Keywords: رنگ اقیانوس; GOCI; Red tide; Remote sensing; Ocean color; Cochlodinium polykrikoides; Quantification; East Sea;
Exploring the potential of Rayleigh-corrected reflectance in coastal and inland water applications: A simple aerosol correction method and its merits
Keywords: رنگ اقیانوس; MODIS; Surface reflectance; Rrc; Atmospheric correction; Ocean color; Shortwave infrared;
Sunglint correction of the Multi-Spectral Instrument (MSI)-SENTINEL-2 imagery over inland and sea waters from SWIR bands
Keywords: رنگ اقیانوس; Sentinel-2; Sunglint; Atmospheric correction; Ocean color; Water color; CAMS data; AERONET; AERONET-OC;
Comparison of two atmospheric correction approaches applied to MODIS measurements over North American waters
Keywords: رنگ اقیانوس; Atmospheric correction; POLYMER; SeaDAS; MODIS; Ocean color;
Multi-band spectral matching inversion algorithm to derive water column properties in optically shallow waters: An optimization of parameterization
Keywords: رنگ اقیانوس; Ocean color; Optically shallow water; MERIS; MODIS; OLCI; PACE; SGLI;
On the detectability of adjacency effects in ocean color remote sensing of mid-latitude coastal environments by SeaWiFS, MODIS-A, MERIS, OLCI, OLI and MSI
Keywords: رنگ اقیانوس; Ocean color; Adjacency effects; SeaWiFS; MODIS; MERIS; OLCI; OLI; MSI;
Atmospheric correction for hyperspectral ocean color retrieval with application to the Hyperspectral Imager for the Coastal Ocean (HICO)
Keywords: رنگ اقیانوس; Atmospheric correction; Water vapor; Ocean color; Hyperspectral remote sensing; Hyperspectral Imager for Coastal Ocean (HICO); Vicarious calibration; Plankton, Aerosol, Cloud, ocean Ecosystem (PACE);
Advection of Karenia brevis blooms from the Florida Panhandle towards Mississippi coastal waters
Keywords: رنگ اقیانوس; Karenia brevis; Harmful algal blooms; Ocean color; Transport; Mississippi sound; Florida Panhandle;
MODIS ocean color product downscaling via spatio-temporal fusion and regression: The case of chlorophyll-a in coastal waters
Keywords: رنگ اقیانوس; MODIS downscaling; Image fusion; U-STFM; Chlorophyll-a; NASA OC2M-HI regression model; Ocean color;
Multi-temporal dynamics of suspended particulate matter in a macro-tidal river Plume (the Gironde) as observed by satellite data
Keywords: رنگ اقیانوس; Suspended particulate matter; Macro-tidal river plume; MODIS; SEVIRI; Ocean color;
Remotely sensed sea surface salinity in the hyper-saline Arabian Gulf: Application to landsat 8 OLI data
Keywords: رنگ اقیانوس; Landsat 8; Arabian Gulf; Sea surface salinity; Ocean color; Multivariable regression;
Assessing the fitness-for-purpose of satellite multi-mission ocean color climate data records: A protocol applied to OC-CCI chlorophyll-a data
Keywords: رنگ اقیانوس; Climate; Chlorophyll-a; Ocean color; CCI;
Landsat 8 remote sensing reflectance (Rrs) products: Evaluations, intercomparisons, and enhancements
Keywords: رنگ اقیانوس; Landsat 8; Aquatic science; Ocean color; Atmospheric correction; Calibration; Coastal/inland waters;
Recovering low quality MODIS-Terra data over highly turbid waters through noise reduction and regional vicarious calibration adjustment: A case study in Taihu Lake
Keywords: رنگ اقیانوس; Ocean color; Remote sensing; Atmospheric correction; Shortwave infrared; Noise reduction; Remote sensing reflectance; MODIS; Taihu Lake; Chaohu Lake;
Dependence of satellite ocean color data products on viewing angles: A comparison between SeaWiFS, MODIS, and VIIRS
Keywords: رنگ اقیانوس; Ocean color; Data continuity; Uncertainty; Sensor zenith; Time series;